首页> 外文期刊>Bulletin of University of Agricultural Sciences and Veterinary Medicine Cluj-Napoca: Veterinary Medicin >Microbial Risk Assessement of the Contamination Level of Bovine Carcasses Slaughtered in an Abattoir in Maramure? County
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Microbial Risk Assessement of the Contamination Level of Bovine Carcasses Slaughtered in an Abattoir in Maramure? County

机译:在马拉穆列什屠宰场屠宰的牛屠体污染水平的微生物风险评估?县

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Cattle carcasses may be contaminated during the flow diagram process with a wide variety of spoilage and pathogenic microorganisms with diffrent origin, from various sources (soil, water, tools, knives, feces, operators), but only few of them will be able to develop in the new ecosystem conditions, and from these only a small proportion will eventually start the spoilage processes. Taking into account the above mentioned we aimed to perform a microbiological risk evaluation focusing on the aerobic plate count (APC), E. coli count, Enterobacteriacea count and the identification of Salmonella spp . The research material was represented by 60 surface samples of refrigerated beef, collected during January-December 2013, in a slaughterhouse in Maramure? County. In order to evaluate the contamination level of the carcasses we used the following standardized methods: SR ISO 4831/2003 for aerobic plate count, SR ISO 21528-2/2007 for Enterobacteriaceae count, SR ISO16649-2/2007 for Echerichia coli and SR ISO 6579/AC/2006 for Salmonella spp. identification. The statistical data obtained concerning the slaughtering process revealed that the? total microbial load was between 2.5-5.67 log cfu/cm 2 . These elevated values indicate non-compliance regarding the good hygiene practices and good manufacturing during the technological flow. Fom the total collected samples analized, the germs belonging to Enterobacteriaceae family, exceeded the maximum admitted level in 10.8%, respectively E. coli presented values between 0.5-1.9 log cfu/cm 2 . All the sample were negative for S. enteritidis and S. typhimurium .
机译:在流程图过程中,牛尸体可能受到来自不同来源(土壤,水,工具,刀,粪便,操作员)的多种不同来源的腐败和病原微生物的污染,但只有少数能发展在新的生态系统条件下,只有一小部分最终会开始破坏过程。考虑到上述问题,我们旨在进行微生物风险评估,重点是好氧平板计数(APC),大肠杆菌计数,肠杆菌计数和沙门氏菌的鉴定。该研究材料由2013年1月至12月在Maramure?的一家屠宰场收集的60个冷藏牛肉表面样本代表。县。为了评估屠体的污染水平,我们使用了以下标准化方法:需氧菌计数的SR ISO 4831/2003,肠杆菌科计数的SR ISO 21528-2 / 2007,大肠杆菌和SR ISO的SR ISO16649-2 / 2007沙门氏菌(Salmonella spp)的6579 / AC / 2006。识别。获得的有关屠宰过程的统计数据表明?总微生物负荷在2.5-5.67log cfu / cm 2之间。这些升高的值表示在技术流程中没有遵守良好的卫生习惯和良好的生产要求。在所有收集的样品中,经过分析的肠杆菌科细菌总数超过了最大允许水平的10.8%,大肠杆菌的表达值分别在0.5-1.9 log cfu / cm 2之间。所有样品均为肠炎沙门氏菌和鼠伤寒沙门氏菌阴性。

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